Page 298 - The Final Appeal to Mankind
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«The Final Appeal to Mankind» by Nicolai Levashov

            Our metauniverse happens to consist of nine types of matter. The number of possible
            combinations is 459. Since the minimal number of interactive primary matters must be

            no less than two, we obtain our figure from the following formula:



                 m
            Σ C n = n!/m!(m-n)                  (11)


            where:

            n = 9; 2 ≤ m ≤ 9.




            While  all  of  the  above  is  valid,  our  metauniverse  actually  consists  of  300  space-
            universes, which means that there are “vacant” zones of matrix space. This tells us that
            our  metauniverse  is  incomplete  and  still  in  the  process  of  formation,  as  well  as
            potentially subject to the influence of other space systems. Our metauniverse happens
            to be just one finished part – and infinitesimal at that – of what is called the Great
            Cosmos.


            Before examining the next spatial system, we should like to stress the following: Space-
            universes composed of two or three forms of matter happen to be especially unstable,
            and their structure seems to have a proclivity for increased activity. By contrast, those
            synthesized from nine forms of matter are the most stable and inert. That is why most
            “vacant” spots in the cosmos are associated with λ2 and λ3 space-universes.


                  Chapter 11. Matrix space: the formation of super spaces
            Matrix space – what is it?


            Before we advance further in our grasp of the macrocosm, let us try to shed some light
            on this concept.

            In order for the mergence of our type of primary matter to occur, a space dimension
            must change by a specific value that exactly matches the value of the Great Cosmos
            type of matter – i.e.:

            Δλ = 0,020203236...


            The next change in dimension by that value, Δλ, potentiates the fusion of still another
            type  of  matter,  which  very  closely  fits  into  the  “Procrustean  bed”  of  that  space
            dimension's coefficient of quantization. With the progressive change (quantization) of
            space dimension by a value of  Δλ, consecutive types of matter become capable of
            merging  and  creating  various  types  of  space-universes.  (This  phenomenon  was
            partially addressed in Ch. 10).


            Thus,  there  is  a  category  of  primary  matters  of  a  certain  kind  capable  of


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